docs: def from_ashrae_dict_cooling(cls, ashrae_dict, location,
                                   use_010=False, pressure=None, tau=None):
          """Create a heating design day object from a ASHRAE HOF dictionary.
  
          Args:
              ashrae_dict: A dictionary with 32 keys that match those in the
                  cooling_keys property of this object. Each key should
                  correspond to a value.
              location: Location object for the design day
              use_010: Boolean to denote what type of design day to create
                  (wether it is a 1.0% or a 0.4% design day).  Default is
                  False for a 0.4% annual cooling design day
              pressure: Atmospheric pressure in Pa that should be used in the
                  creation of the humidity condition. Default is 101325 Pa
                  for pressure at sea level.
              tau: Optional tuple containing two values, which will set the
                  sky condition to be a revised ASHRAE clear sky (Tau model).
                  The first item of the tuple should be the tau beam value
                  and the second is for the tau diffuse value.  Default is
                  None, which will default to the original ASHRAE Clear Sky.
          """
          db_key = 'DB004' if use_010 is False else 'DB010'
          wb_key = 'WB_DB004' if use_010 is False else 'WB_DB010'
          perc_str = '0.4' if use_010 is False else '1.0'
          pressure = pressure if pressure is not None else 101325
          db_cond = DryBulbCondition(float(ashrae_dict[db_key]), float(ashrae_dict['DBR']))
          hu_cond = HumidityCondition('Wetbulb', float(ashrae_dict[wb_key]), pressure)
          ws_cond = WindCondition(float(ashrae_dict['WS_DB004']),
                                  float(ashrae_dict['WD_DB004']))
          month_num = int(ashrae_dict['Month'])
          if tau is not None:
              sky_cond = RevisedClearSkyCondition(month_num, 21, tau[0], tau[1])
          else:
              sky_cond = OriginalClearSkyCondition(month_num, 21)
          name = '{}% Cooling Design Day for {}'.format(perc_str, location.city)
          return cls(name, 'SummerDesignDay', location,
                     db_cond, hu_cond, ws_cond, sky_cond)